LuxPro Double Duty Multi-Positional Heating and Cooling Digital Thermostat - PSD111 PSD111 by LuxPro

LuxPro Double Duty Multi-Positional Heating and Cooling Digital Thermostat - PSD111

Product Description

Multi-positional non-programmzble digital thermostat for single heating and cooling systems Product Features Electronic Accuracy Can Be Mounted Horizontally or Vertically Patent Pending Large Easy-To-Read Digital Display Luxlight EL Electro Luminescent Display Temperature Swing Adjustment to as close as or - 1/4 F/C Universal Replacement System or Battery Powered batteries included Low Battery Indicator Optional Decorative Wall Plate 5 or 2 Minute Compressor Delay 5 or 2 Minute Minimum on Time Fahrenheit or Celsius O and B Terminals Display Temperature User CalibrationCompatibility COMPATIBLE WITH Most 24v Gas Oil Electric Heating and Air Conditioning Systems 2 Wire Hydronic Systems Millivolt Systems Hydronic Air Handlers Single Stage Heat Pumps NOT COMPATIBLE WITH 3 Wire Hydronic Systems Multi-Stage Heat Pumps Multi-Stage Gas or Oil Furnaces Line Voltage Systems Without Transformer Product Specifications Electrical Rating 1-1/2A 24V AC Batteries 2 AA Temperature Control Range 45 - 90 F Accuracy 1F over a range of 50F to 95F Operating Humidity 20 - 90 non-condensing Operating Temperature 32 to 95 F Storage Temperature -4F to 130F Electrical immunity meets relevant CE specifications Width 4-5/8 in Height 3-1/4 in Depth 7/8 in LuxPro Imprint Program Contractors get your logo on a LuxPro thermostat What s the most important name on any thermostat It s not the brand name It s the installer s name that matters A thermostat that bears the name of the installing contractor is a powerful marketing tool that can help maintain the business relationship after the initial sale LuxPro can personalize any thermostat for virtually any application There are no set-up fees and minimum quanitities are suprisingly low From logotype design to final packaging LuxPro can help get you started with your own private brand For more information